This lesson plan outlines the topics and objectives for a semester-long course on Computer Networks II. Over the course of 44 days, it covers 6 units: 1) Packet-Switching Networks, 2) TCP/IP Protocols, 3) IPv6 and Internet Routing, 4) ATM Networks, 5) Network Management and Security, and 6) Quality of Service, VPNs and Multiprotocol Label Switching. Each day focuses on a different sub-topic, with objectives like introducing concepts, exploring protocols and algorithms, and solving practice problems. The goal is to provide students a comprehensive overview of computer networking from packets to protocols to applications.

1. Sri Adichunchanagiri Shikshana Trust (R)
S J B INSTITUTE OF TECHNOLOGY
BGS Health & Education City, Kengeri, Bangalore – 60.
DEPARTMENT OF COMPUTER SCIENCE & ENGINEERING
LESSON PLAN
Academic Year 2010– 2011
Semester VI
Section B
Subject Code 06CS63
Subject Title COMPUTER NETWORKS II
Faculty In-charge/Desgn./Dept. Sangamesh V Sajjan/ Lecturer / CSE
Subject objectives:
Day Unit & Topic of Discussion Topic objectives
UNIT I PACKET-SWITCHING NETWORKS – 1
Introduction about the Computer
Day 1 Introduction
networks concepts
Network services and internal
Day 2 Packet-Switching Networks
network operations
Day 3 Packet-Switching Networks packet network topology;
Day 4 Structure of Switch/Router,
Data grams and virtual circuits Connectionless Packet Switching,
Virtual-Circuit Packet Switching
Day 5 Routing Algorithm Classification,
Routing Tables, Hierarchical
Routing in packet networks Routing in packet networks Routing, Link State versus Distance
Vector Routing
Day 6 The Bellman-Ford Algorithm,
Shortest-path routing Dijkstra's Algorithm, Other Routing
Approaches
Day 7 ATM networks Basics of ATM Networks
UNIT II PACKET-SWITCHING NETWORKS – 2, TCP / IP - 1
Day 8 Introduction Introduction to Traffic Management
and control
Day 9 Traffic management at the packet level FIFO and Priority Queues
Day 10 Traffic management at the flow level; Fair Queuing
Day 11 Open-Loop Control, Closed-Loop
Traffic management at the flow-aggregate level. Control
Day 12 The TCP / IP architecture Basic architecture of TCP/IP
Day 13 IP Packet, IP Addressing, Subnet
Addressing, IP Routing, Classless
The Internet protocol Interdomain Routing (CIDR)
Day 14 The Internet protocol Address Resolution, Reverse
Address Resolution
Fragmentation and Reassembly,

2. ICMP: Error and Control Messages
UNIT III TCP / IP - 2
Day 15 Header Format, Network
IPv6
Addressing, Extension Headers
Day 16 User datagram protocol UDP Format
Day 17 TCP Reliable Stream Service, TCP
Transmission control protocol
Operation, TCP Protocol
Day 18 Routing Information Protocol, Open
Shortest Path First, Border Gateway
Internet routing protocols
Protocol
Day 19 Reverse-Path Broadcasting, Internet
Group Management Protocol,
Multicast routing Reverse-Path Multicasting
Distance-Vector Multicast Routing
Protocol
Day 20 Dynamic Host Configuration
DHCP, NAT, and Mobile IP
Protocol, Mobile IP
Day 21 Dynamic Host Configuration
DHCP, NAT, and Mobile IP
Protocol, Mobile IP
Day 22 Solution to problems For varied ranges of problems
UNIT - 4 ATM NETWORKS
Day 23
Introduction Why ATM? BISDN reference model
Day 24 ATM Cell Header, Virtual
ATM layer Connections, QoS Parameters,
Traf®c Descriptors
Day 25 ATM Service Categories, Traf®c
Contracts, Connection Admission
ATM layer contd
Control, and Traf®c Management
Day 26 ATM adaptation layer; AAL1, AAL2, AAL3/4, AAL5
Day 27 ATM Addressing, UNI Signaling, PNNI
ATM signaling Signaling
Day 28 PNNI routing PNNI routing
Day 29 Introduction to how we can use the
Classical IP over ATM IP over ATM
Day 30 Different problems related to ATM
Solution to problems Networks
UNIT - 5 NETWORK MANAGEMENT, SECURITY
Day 31 Network Management Overview
Introduction to Network
management principals
Day 32 Explanation about Simple Network
Management Protocol (SNMP),
SNMP
Remote network monitoring.
Day 33 A Basic structure of Management
Structure of Management information; MIB
information
Day 34 Applications of Cryptography to
Security and cryptographic algorithms
Security Key Distribution
Day 35 Security protocols Application Scenarios
Day 36 Cryptographic algorithms DES,RSA Algorithms

3. UNIT - 6 QoS, Resource Allocation, VPNs,
Tunneling, Overlay Networks
Day 37 Overview of QOS Basic overview of Quality of service
Day 38 Traffic Shaping, Token-Bucket
integrated services QoS
Traffic Shaping, Admission Control
Day 39 Differentiated services QoS Per-Hop Behavior (PHB)
Day 40 Classification of Resource-Allocation
Resource allocation.Virtual Private Networks Schemes, Fairness in Resource
Allocation
Day 41 Fundamentals of Labels, Label
Stack, VC Merging
Multiprotocol Label switching Label Distribution Protocol
Day 42 Overlay networks. Classical IP Over ATM, LANE
Day43 Solution to problems
UNIT - 7 COMPRESSION OF DIGITAL VOICE
AND VIDEO, VOIP, MULTIMEDIA NETWORKING
Day 44 Introduction Overview of Data Compression
Day 45 Signal Sampling, Quantization and
Digital Voice and Compression
Distortion, Optimal Quantizes
Day 46 Still images and JPEG compression; Moving images and Raw-Image Sampling and DCT, MP3
MPEG compression; Limits of compression with loss; and Streaming Audio
Day 47 Compression methods without loss; Case Study: FAX Run-Length Encoding, Fax Process
compression for transmission. Algorithm a case study
Day 48 Session Initiation Protocol (SIP),
Overview of IP telephony; VoIP signaling protocols; Real-
Content Distribution Networks
Time media transport protocols
(CDNs)
Day 49 Providing QoS to Streaming, SCTP
Distributed multimedia networking; SCTP.
Packet Structure
UNIT - 8 MOBILE AD-HOC NETWORKS,
WIRELESS SENSOR NETWORKS:
Day 51 Overview of wireless adhoc networks; Routing in Overview, Classification of Routing
adhoc networks; Protocols
Day 52 Destination-Sequenced Distance
Vector (DSDV) Protocol, Cluster-
Routing protocols for adhoc networks; security of
Head Gateway Switch Routing
adhoc networks.
Protocol, Wireless Routing Protocol
(WRP)
Day 53 Sensor networks and protocol structures;
Clustering in Sensor Networks,
Communication energy model; Clustering
protocols;
Protocol Stack
Day 54 outing protocols; Zigbee technology and IEEE Intracluster Routing Protocols,
802.15.4 Intercluster Routing Protocols
Faculty in Charge HOD
[sangamesh.v.sajjan]

4. Sri Adichunchanagiri Shikshana Trust (R)
S J B INSTITUTE OF TECHNOLOGY
BGS Health & Education City, Kengeri, Bangalore – 60.
DEPARTMENT OF COMPUTER SCIENCE& ENGINEERING
LESSON PLAN - Bibliography
Academic Year 2010– 2011
Semester VI
Section B
Subject Code 06C64
Subject Title COMPUTER NETWORK II
Faculty In-charge/Desgn./Dept. SANGAMESH V SAJJAN / Lecturer / CSE
Sl.
Name of Book Author Name Publication
No.
Communication
Networks – Alberto Leon-Garcia and 2nd Edition, Tata McGraw-
1 Prescribed Books
Fundamental Concepts Indra Widjaja Hill, 2004.
and Key architectures
Computer and
2 Communication Nader F. Mir Pearson Education, 2007.
Networks
1 Data Communications 4th Edition, Tata McGraw-
Behrouz A. Forouzan
2 and Networking Hill, 2006.
Data and Computer 8th Edition, Pearson
William Stallings
Communication Education, 2007.
Reference Books
3 Introduction to Data
Communications and Wayne Tomasi earson Education, 2005.
Networking
Faculty in Charge HOD
[sangamesh.v.sajjan]